Antonenko L.O.

The Influence of Carbon and Nitrogen Sources in Nutrient Media on Biomass Accumulation by Basidiomycetes Medicinal Mushrooms Genus Trametes (Fr.)

The article investigates the impact of natural sources of carbon and nitrogen nutrition and their quantitative ratio of biomass accumulation by medicinal basidiomycetes of the genus Trametes. The objects of the study were 18 strains of basidiomycetes species T. versicolor, T. suaveolens, T. gibbosa, T. hirsuta, T. zonatus, T. pubescens, T. serialis, T. trogii from Institute of Botany of N.G. Kholodny Institute of botany National Academy of Sciences of Ukraine collection of mushrooms.

Impact of Biogenic Metals Citrates Obtained by Aquananotechnology, on Growth and Biosynthetic Activity of Medicinal Mushroom Tra¬metes Versicolor

We conduct the comparative study of the impact of biogenic metals citrates such as zinc, magnesium, iron obtained using nanotechnology, on growth of mycelium and biosynthetical activity of medicinal fungi Trametes versicolor at their cultivation in a liquid medium. To characterize the biosynthetic activity, we determine mass fraction of organic acids, exopolysaccharides concentration of phenol-sulfate method, the protein content by Lowry, cellulolytic activity in carboxymethylcellulose (CMC-activity) and filter paper (FP-activity).

The Biotechnology on the Basis of the Higner Basidiomycetous Mushrooms of Genus Coriolus Quel

In this paper, we analyze information on the medicinal properties of the genus basidiomycetous mushrooms Coriolus. Representatives of this genus have a wide range of medicinal properties such as: immune modulating, restorative, anti-inflammatory, antiviral, antibacterial, radioprotective, hepatoprotective, etc. Therefore, basidiomycetes Coriolus are effectively used in medicine, food and light industry, agriculture. This article summarizes the information on biotechnology based on basidiomycetes genus Coriolus, which are used worldwide.

Boundary Temperatures for Cultivation of Basidiomycetes Mushrooms of Genus Coriolus Quel. in the Surface Culture

In this paper, we define the value of high and low boundary temperatures for 33 strains of basidiomycetes mushrooms of Coriolus. We prove the existence of strains variability for C. versicolor, C. zonatus, C. hirsutus depending on a high temperature. In addition, we obtain the research results on strains viability for C. zonatus, C. hirsutus and C. villosus at high temperatures for the first time ever.

The infuence of nutrition sources on growth and antioxidant activity of mushrooms of genus coriolus quel (trametes fr.)

In this paper, we study the growth and antioxidant activity of four basidiomycetes strains on a nourishing medium by adding 12 sources of carbon (mono-, di-, polysaccharidess, alcohols) and 8 sources of nitrogen (organic and inorganic nature). We determine the influence of carbon and nitric nutrition on concentration of mushrooms biomass of genus Coriolus and antioxidant activity of culture liquid. In addition, we specify the compounds of carbon and nitrogen, which provide the maximal accumulation of mushroom biomass and the highest antioxidant activity.

The growth mechanisms of the promising research subjects of biotechnology – basidiomycetes mushrooms of the genus Coriolus on agar mediums

This paper presents the research of the influence of a nutrition medium composition on the cultural-morphological properties and the growth rate of vegetative mycelia of 31 strains of mushrooms of the genus Coriolus. We validate our approach with the experiments, showing that the growth rate depends not only on the nutrition medium composition, but also on the strain features of cultures. Specifically, we determine the optimum agar mediums, notably potato-glucose, synthetic Norkrans and malt-agar with a decoction of oak bark for cultivation of mushrooms of the genus Coriolus.

The optimization of composition medium for cultivation of Coriolus Quel (Trametes Fr.)

In this paper, we optimize the concentration of glucose, peptone, hydrogen ions (рН) in a nourishing medium for deep cultivation of 4 strains of basidiomycetes of genus Coriolus. We propose the value of concentrations of glucose, peptone, pH in a nourishing medium, which provide the maximal biomass.